!%*/.<A75842*6,. EMC & SAFETY COMPLIANCE !%*/.<A75842*6,. .;2067=:;.; project & financial benefits. 770/4,>048,8.4,6080D>= 2016 DESIGN COURSES Immediate $<,.>4.,6!0>39/= Practical methods. $6,488264=3 AAA07.>0.3.97,? .9?<=0= emctech.com.au Plain english. 770/4,>048,8.4,6080D>= .;2067=:;.; $<,.>4.,6!0>39/= $6,488264=3 AAA07.>0.3.97,? .9?<=0= Christchurch Melbourne !.4+7=:6. %A-6.A April 5:<46 - April 12>9!,C April 26 -!,C May 4 >9!,C !%*/.<A75842*6,. >3 !.4+7=:6. Auckland >3 >3 >3 :<46 >9!,C April 14 - April 21 .;2067=:;.; >3 %A-6.A Sydney >3 >3 !,C 770/4,>048,8.4,6080D>= May 5 - May>9!,C 13 $<,.>4.,6!0>39/= $6,488264=3 AAA07.>0.3.97,? .9?<=0= <C2?6;4 A52 =?.0A60.9 12@64; A205;6>B2@ F<B ;221 >3 A< Overview of changes to all EU Directives coming into force April-June 2016, 6:=?<C2@64;.96;A24?6AF'=<D2?6;A24?6AF%.;1" with big implications for the12@64; entire supply chain (agents, distributors, .;[email protected]>B6089F.;12.@69FD6A59<D0<@A@6; <C2?6;4 A52 =?.0A60.9 A205;6>B2@ F<B ;221 A< etc.). !.4+7=:6. %A-6.A >3techniques >3 >3 .;F2920A?<;60.==960.A6<;@ 6:=?<C2@64;.96;A24?6AF'=<D2?6;A24?6AF%.;1" Practical and easily achieve signal integrity :<46 >9!,C>3 we need to quickly !,C >9!,C .;[email protected]>B6089F.;12.@69FD6A59<D0<@A@6; (SI), power integrity (PI), electromagnetic compatibility (EMC) and safety (52@2 .?2 B=1.A21 .;1 6:=?<C21 C2?@6<;@ <3 0<B?@2@ .;F2920A?<;60.==960.A6<;@ compliance, with low risks and low costs in any electronic application. A5.A 5.C2 /22; C2?F =<=B9.? 6; B@A?.96. .;1 .?2 4?2.A (52@2 .?2 B=1.A21 .;1 6:=?<C21 C2?@6<;@ <C2?6;4 A52 =?.0A60.9 12@64; A205;6>B2@ F<B ;221<3 A< 0<B?@2@ 6;A?<1B0A6<;@3<?A5<@2;2DA<A52@B/720A@.;1C.9B./92 These updated and improved versions of courses that have been very 6:=?<C2@64;.96;A24?6AF'=<D2?6;A24?6AF%.;1" A5.A 5.C2 C2?F =<=B9.? 6; B@A?.96. .?2 4?2.A ?23?2@52?@B=1.A2@3<?A522E=2?62;021 popular in/22; Australia since 2000 are both great .;1 introductions for those new .;[email protected]>B6089F.;12.@69FD6A59<D0<@A@6; 6;A?<1B0A6<;@3<?A5<@2;2DA<A52@B/720A@.;1C.9B./92 to these subjects, and valuable refreshers/updaters for the experienced. .;F2920A?<;60.==960.A6<;@ ?23?2@52?@B=1.A2@3<?A522E=2?62;021 Developments in electronic technologies and their applications continue to create new challenges (52@2 .?2 B=1.A21 .;1 6:=?<C21 C2?@6<;@ <3 0<B?@2@ 2C29<=:2;A@6;2920A?<;60A205;<9<462@.;1A526?.==960.A6<;@0<;A6;B2A<0?2.A2;2D 05.992;42@A<12@64;12C29<=:2;A0<@A@A6:[email protected]@:.;B3.0AB?6;40<@A@?296./696AF.;1 A5.A 5.C2 /22; C2?F =<=B9.? 6; B@A?.96. .;1 .?2 4?2.A to design/development costs, timescales, manufacturing costs, reliability and safety. They increase @.32AF(52F6;0?2.@22E=<@B?2A<D.??.;AF0<@A@=2;.9AF05.?42@96./696AF09.6:@L;2@<? 6;A?<1B0A6<;@3<?A5<@2;2DA<A52@B/720A@.;1C.9B./92 2C29<=:2;A@6;2920A?<;60A205;<9<462@.;1A526?.==960.A6<;@0<;A6;B2A<0?2.A2;2D exposure to compliance test failures, warranty costs, penalty charges, liability claims, fines or /.;;6;43?<::.7<?:.?82A@.;1<A52?L;.;06.9?6@8@ ?23?2@52?@B=1.A2@3<?A522E=2?62;021 05.992;42@A<12@64;12C29<=:2;A0<@A@A6:[email protected]@:.;B3.0AB?6;40<@A@?296./696AF.;1 banning from major markets, and other financial risks. @.32AF(52F6;0?2.@22E=<@B?2A<D.??.;AF0<@A@=2;.9AF05.?42@96./696AF09.6:@L;2@<? (52@2 0<B?@2@ 529= :.;B3.0AB?2?@ 12.9 D6A5 A52@2 05.992;42@ D569@A 6:=?<C6;4 L;.;06.9 /.;;6;43?<::.7<?:.?82A@.;1<A52?L;.;06.9?6@8@ =2?3<?:.;02 These courses help manufacturers deal with these challenges to improve time to market whilst 2C29<=:2;A@6;2920A?<;60A205;<9<462@.;1A526?.==960.A6<;@0<;A6;B2A<0?2.A2;2D 05.992;42@A<12@64;12C29<=:2;A0<@A@A6:[email protected]@:.;B3.0AB?6;40<@A@?296./696AF.;1 (52@2 0<B?@2@ 529= :.;B3.0AB?2?@ 12.9 D6A5 A52@2 05.992;42@ D569@A 6:=?<C6;4 L;.;06.9 improving financial performance. N 2@64; A205;6>B2@ 3<? 0<:=96.;02 D6A5 49</.9 @A.;1.?1@ 24 A608 @.32AF(52F6;0?2.@22E=<@B?2A<D.??.;AF0<@A@=2;.9AF05.?42@96./696AF09.6:@L;2@<? =2?3<?:.;02 *56;. /.;;6;43?<::.7<?:.?82A@.;1<A52?L;.;06.9?6@8@ n Design techniques for compliance with global standards N 2@64; A205;6>B2@ 3<? 0<:=96.;02 49</.9 @A.;1.?1@ A608 (52@2 0<B?@2@ 529= :.;B3.0AB?2?@ 12.9 D6A5 A52@2D6A5 05.992;42@ D569@A 6:=?<C6;4 24 L;.;06.9 N <:=9F6;4D6A55B:.;2E=<@B?296:6A@M'&""&"2A0 e.g. C-tick/A-tick/RCM, CE, FCC, VCCI, CCC (China) =2?3<?:.;02 *56;. N " 3<? +!# &!# '" %&' +" +66 )"(' !( 2@64; A205;6>B2@ 3<? 0<:=96.;02 D6A5 49</.9 @A.;1.?1@ 24 A608 MPE etc. Complying with human exposure limits – SAR, EMF, EMR/EME, NNn<:=9F6;4D6A55B:.;2E=<@B?296:6A@M'&""&"2A0 9B2A<<A5-64222A0 *56;. Nn" 3<? +!# &!# '" %&' +" +66 !( EMC for Wi-Fi, GSM, GPRS, 3G/UMTS, 4G/LTE, Bluetooth, ZigBee, )"(' WLAN, RLAN, etc. N %?2C2;A6;46;A2?32?2;02D6A50<9<0.A21%'?2026C2?@ N <:=9F6;4D6A55B:.;2E=<@B?296:6A@M'&""&"2A0 9B2A<<A5-64222A0 N 3<? +!# &!# '" %&' +" +66 )"(' !( n " Preventing interference with co-located GPS receivers %?2@2;A21/F.2<1:5;<:760.=?.0A6@6;4" N %?2C2;A6;46;A2?32?2;02D6A50<9<0.A21%'?2026C2?@ 9B2A<<A5-64222A0 2920A?<;6012@64;2;46;22?D299 ;<D;.BA5<?.;1 N %?2C2;A6;46;A2?32?2;02D6A50<9<0.A21%'?2026C2?@ Presented by Keith Armstrong, a practising EMC & electronic design %?2@2;A21/F.2<1:5;<:760.=?.0A6@6;4" .?A60B9.A2.;196C29F=?2@2;A2?6@C2?F=<=B9.?C6@6A@ %?2@2;A21/F.2<1:5;<:760.=?.0A6@6;4" engineer, well-known author andarticulate and;<D;.BA5<?.;1 lively presenter. His very 2920A?<;6012@64;2;46;22?D299 A< B@A?.96. #2D -2.9.;1 5.1 2E02992;A .==?<C.9 2920A?<;6012@64;2;46;22?D299 ;<D;.BA5<?.;1 .?A60B9.A2.;196C29F=?2@2;A2?6@C2?F=<=B9.?C6@6A@ ?.A2@.;152?2.?2@<:20<::2;A@?2026C21 popular visits to Australia & New Zealand have excellent approval rates, .?A60B9.A2.;196C29F=?2@2;A2?6@C2?F=<=B9.?C6@6A@ A< B@A?.96. #2D 2E02992;A .==?<C.9 A< B@A?.96. #2D -2.9.;1 5.1-2.9.;1 2E02992;A 5.1 .==?<C.9 and here are some comments received: N (52 :<@A C.9B./92 =.?A <3 A52 =?2@2;A.A6<; D.@ ?.A2@.;152?2.?2@<:20<::2;A@?2026C21 ?.A2@.;152?2.?2@<:20<::2;A@?2026C21 46C6;[email protected].:=92@0<B91?29.A2A< N (52 C.9B./92 <3 presentation A52 =?2@2;A.A6<; D.@ n “The most:<@A part=.?A of the giving real physical Nvaluable (52 :<@A C.9B./92 =.?A <3 was A52 =?2@2;A.A6<; D.@examples 46C6;[email protected].:=92@0<B91?29.A2A< N (52=?2@2;A.A6<;<3A526;3<?:.A6<;6@3.;A.@A60 46C6;[email protected].:=92@0<B91?29.A2A< I could relate to.” N (52=?2@2;A.A6<;<3A526;3<?:.A6<;6@3.;A.@A60 N +299?<B;1216;@645A3B9=?2@2;A.A6<;699216;A52/9.;8@ N (52=?2@2;A.A6<;<3A526;3<?:.A6<;6@3.;A.@A60 N +299?<B;1216;@645A3B9=?2@2;A.A6<;699216;A52/9.;8@ n “The presentation of6;:F<C2?.99=60AB?2 the information is fantastic!” 6;:F<C2?.99=60AB?2 N +299?<B;1216;@645A3B9=?2@2;A.A6<;699216;A52/9.;8@ n “Well-rounded insightful presentation. in A52@2 theA5.A blanks in my:.;F overall N +2%@ D2?2 12@64;6;4 %@ C6<9.A2 <3picture.” A52@2 ?B92@ N +2 D2?26;:F<C2?.99=60AB?2 12@64;6;4 A5.A C6<9.A2Filled :.;F <3 ?B92@ 9.@AD228 9.@AD228 n “We were N designing PCBs that violate many ofC6<9.A2 these rules last<3week!” +2 D2?2 12@64;6;4 %@ A5.A :.;F A52@2 ?B92@ N !2.?;6;4=?<C2;A205;6>B2@[email protected]@4<<16;@A2.1<392.?;6;4 N !2.?;6;4=?<C2;A205;6>B2@[email protected]@4<<16;@A2.1<392.?;6;4 9.@AD228 IA52<?2A60.9=?.0A602@H n “Learning proven techniques is always good, instead of learning ‘theoretical practices’.” .2<1:5;<:760 IA52<?2A60.9=?.0A602@H .2<1:5;<:760 N !2.?;6;4=?<C2;A205;6>B2@[email protected]@4<<16;@A2.1<392.?;6;4 N 2;7<F21 F<B? =?2@2;A.A6<; A52 0<;A2;A D.@ 0<;06@2 ?292C.;A n “I enjoyed your presentation, the content was conciseA52 & relevant for my 0<;06@2 current and N 2;7<F21 F<B? =?2@2;A.A6<; 0<;A2;A D.@ ?292C.;A 3<?:F0B??2;A.;1.;A606=.A21?2>B6?2:2;A@ IA52<?2A60.9=?.0A602@H .2<1:5;<:760 3<?:F0B??2;A.;1.;A606=.A21?2>B6?2:2;A@ N (52 :<@A C.9B./92 =.?A <3 A52 =?2@2;A.A6<; D.@ F2.?@ <3 ?2.9 9632 anticipated requirements” N 2;7<F21 F<B? =?2@2;A.A6<; A52 0<;A2;A D.@ 0<;06@2 ?292C.;A 2E=2?62;026;09B16;40.@2@AB162@=?2@2;A21A5?<B45<BAA520<B?@2@ N part (52of:<@A C.9B./92 =.?A <3 A52 =?2@2;A.A6<; D.@including F2.?@ <3 ?2.9 9632 3<?:F0B??2;A.;1.;A606=.A21?2>B6?2:2;A@ n “The most valuable the presentation was years of real life experience case studies N *2?F?292C.;A92.?.;19<460.92E=9.;.A6<;@D299@=<82;.;15B:<?<B@ 2E=2?62;026;09B16;40.@2@AB162@=?2@2;A21A5?<B45<BAA520<B?@2@ Nthroughout (52 :<@A *2?F4<<1C.9B23<?:<;2F<<1>B.96AF;<A2@2.@FA<?2.1 presented theC.9B./92 courses”=.?A <3 A52 =?2@2;A.A6<; D.@ F2.?@ <3 ?2.9 9632 2E=2?62;026;09B16;40.@2@AB162@=?2@2;A21A5?<B45<BAA520<B?@2@ N *2?F?292C.;A92.?.;19<460.92E=9.;.A6<;@D299@=<82;.;15B:<?<B@ n “Very relevant. Clear*2?F4<<1C.9B23<?:<;2F<<1>B.96AF;<A2@2.@FA<?2.1 and logical explanations, well spoken and humorous. Very good value for money. N *2?F?292C.;A92.?.;19<460.92E=9.;.A6<;@D299@=<82;.;15B:<?<B@ Good quality *2?F4<<1C.9B23<?:<;2F<<1>B.96AF;<A2@2.@FA<?2.1 notes, easy to read.” 47+*4!*:3.<; 7=:;.,76<.6<; COURSE CONTENTS ';.6.?.4.,<:762,<.,1674702.;<7,758.<. GLOBAL MARKETS .//.,<2>.4A .;206260/7:,7;<.C.,<2>.!*6-B6 USE NEW ELECTRONIC TECHNOLOGIES TO COMPETE EFFECTIVELY (</2;2LA3?<::<12?;2920A?<;60A205;<9<462@ +.6.B<; ?2>B6?2@2920A?60.9:205.;60.9.;1%12@64;2?@ New&292C.;A3<?992920A?<;60.;1:205.;60.912@64;2?@. EU Directives coming into force To benefit from modern electronic technologies requires .;1A526?:.;.42?@A<822=A526?8;<D92142.;1@8699@ :.;.42?@ 6; .99- 6;1B@A?F .?2.@ 6;09B16;4 :2160.9 0< in 2016 (½ day afternoon) designers and their managers to keep their knowledge B=A<1.A2A<0<;A?<9@64;.96;A24?6AF".;[email protected] 5<B@25<91(1.A.A292?.16<0<::B;60.A6<;@6;@A?B: and skills up-to-date to control SI, PI, EMC and safety. Big changes for the entire supply chain (agents, distributors, 0<;A?<9 =?<32@@6<;.9 .B16< C612< .;1 /?<.1 (52@20<B?@2@12@0?6/2=?.0A60.9A205;6>[email protected].; These courses describe practical techniques that can be distance sellers, etc.) .BA<:<A6C2?.69D.F:.?6;2.2?<@=.02:696A.?F@20B?6 /2=BAA<D<?8?645A.D.FA<42A6::216.A2/2;2LA@ put to work right away to get immediate benefits with the N for: ([email protected]/.@6@<3".A?.16<3?2>B2;062 aim of complying on the first test. Relevant Everyone who designs, manufactures, or is an #*:<2,28*6<;?244:.,.2>. N '.C6;4A6:2.;1:<;2F/FB@6;44<<1"=? agent or otherwise handles products supplied in the European Participants will receive: N 646A.912@64;3<?" N /<B;10<=F<3A52=?2@2;A210<B?@2:.A2?6.96;3B99Union (EU). n A 0<9<B?3<?A520<B?@[email protected];1 bound copy of the presented course material in N ;.9<4B212@64;3<?" n The New Legislative Framework: the problems it addresses and full colour for the courses they attend N 'D6A05:<12=<D2?0<;C2?@6<;12@64;3<?" N 02?A6360.A2<3.AA2;1.;02@64;21/F 26A5 its changes to the Single EU Market N <::B;60.A6<;@12@64;3<?" nNA )'@A6080<;A.6;6;4 certificate of attendance, signed by Keith N 5<602<30<:=<;2;A@3<?" n A USB stick containing: N 4B612@ <; " A2@A6;4 A5.A 26A5 D?<A2n The new EMC Directive 2014/30/EU, replacing 2004/108/EC "A205;6>B2@3<?0./92@.;10<;;20A<?@ on 20NApril 2016 – 17 3<?&$) guides on EMC!A1 testing that Keith wrote for N "369A2?6;4 n The new LVD Directive 2014/35/EU, replacing 2006/95/EC on REO (UK) Ltd N 26A5H@=B/96@521.?A6092@<; N "@562916;4A<:.;FG 20 April 2016 N 2@64;A205;6>B2@3<?"@2?62@ – Keith’s published articles on: N "A205;6>B2@3<?52.A@6;8@ n The new RED Directive 2014/53/EU, replacing the R&TTE %12@64;3<?"@2?62@ sNDesign techniques for EMC series N 'B==?2@@6;4@B?42A?.;@62;A@ Directive 1995/5/EC on 13 June 2016 N ,"A2@A6;4A205;6>B2@@2?62@ N 'B==?2@@6;42920A?<@A.A6016@05.?42' s PCB design for EMC series "3<?'F@A2:@.;1;@A.99.A6<;@@2?62@ n The new Medical Devices Directives, replacement dates TBA N 'B==?2@@6;42920A?<:205.;60.912C602@ sND-I-Y EMC testing techniques series N "3<?B;0A6<;.9'.32AF N ;A24?.A6;4 0<::B;60.A6<; n The other new directives forD6?292@@ 2016 (ATEX, Lifts, Simple Pressure s EMC for Systems and Installations series A?.;@:6AA2?.;1?2026C2?@6;09B16;4%' N <:=9F6;4D6A5A52"6?20A6C2 Vessels, Measuring Instruments, Non-automatic Weighing s EMC for Functional Safety N '<:2B@23B9?232?2;02@ Instruments, Civil Explosives, and Pyrotechnic Articles.) sNComplying with the EMC Directive 2004/108/EC %"A205;6>B2@.?20<C2?21/F.@2=.?.A20< <DA52;2D"6?20A6C2.==962@ s How the new EMC Directive applies to “fixed A<K36E216;@A.99.A6<;@O.;1A<0B@A<::.12 Designing for cost-effective EMC compliance, installations” and to custom-made equipment 2>B6=:2;A@B==9621A<A52: with*;2,->*6,.-#-.;206/7:!%20 extra financial benefits (2 days) to them Nsupplied ;B:/2?<3<A52?"12@64;A<=60@ A number<; of other EMC design topics for: All electronic and mechanical designers and N s 4B612@ 4<<1 " =?.0A602@ 6; @F@A2:@Relevant 6<.0:2<A%*6-#7?.:6<.0:2<A# 6;@A.99.A6<;@ 6;09B16;4 0<:=9F6;4 – .;1 5 guides on good EMC practices in systems D6A5 their managers, in all industry areas including: medical, &292C.;A3<?992920A?<;60.;1:205.;60.912@64;2?@. .9@<D?6AA2;/F 26A53<?&$) and installations, including complying with IEC !A1 consumer, household, IT,6;1B@A?F data/tele/radiocommunications, :.;.42?@ 6; .99 .?2.@ 6;09B16;4 :2160.9 0< 61800-3, written by Keith REO3<? (UK)B;0A6<;.9 Ltd N (52 (H@also B612 <;for " instrumentation & control, professional audio, video and 5<B@25<91(1.A.A292?.16<0<::B;60.A6<;@6;@A?B: – '.32AF The IET’s 2008 Guide on EMC for Functional 0<;A?<9 =?<32@@6<;.9 .B16< C612< .;1 /?<.1 broadcasting, automotive, railway, marine, aerospace, military, .BA<:<A6C2?.69D.F:.?6;2.2?<@=.02:696A.?F@20B?6 Safety and it’s important 2013 update – the first security, etc. practical method for demonstrating compliance (52"A205;6>B2@;<D42;2?.99F?2>B6?213<?. n The physical basis of EMC with Functional Safety or medical Risk N design (52@0<=2<[email protected]<BAA205;6>B2@ Management standards as regards EMI and EMC. n Digital for EMC N '.C6;4A6:2.;1:<;2F N '24?24.A6<; n Switch-mode power conversion design for EMC N ;A2?3.02.;.9F@6@369A2?6;4.;1@B==?2@@6<; N *.;1=<D2?=9.;2@ n Communications design for EMC N %05.@@6@/<;16;4 n Choice of components for EMC N %<D2?@B==9F120<B=96;4 n EMC techniques for cables and connectors N (?.;@:6@@6<;96;2A205;6>B2@ n EMC N filtering [email protected];4 '<:2B@23B9?232?2;02@.;1@<B?02@ n EMC N shielding (VLF to many GHz) n EMC1C.;021"%12@64;.;19.F<BAA205;6>B2@ techniques for heatsinks N +52;@5<[email protected].;021%A205;6>B2 n Suppressing surges and transients on AC or DC power supplies, N BAB?2A?2;1@.;1A526?6:=960.A6<;@ %A-6.A signals, and data N &B92@<3A5B:/.==?<E6:.A6<;@@6:B9.A6<;@ "(205;<9<462@(?.6;6;4&<<: n Suppressing electrostatic discharge (ESD) N 1C.;021@24?24.A6<;A205;6>B2@ %<*<276$7*-%.>.6244;"%) Sponsored by EMC Technologies n Integrating wireless communication (transmitter N 1C.;021 6;A2?3.02 devices 369A2?6;4 .;1 and @B==?2@ !,C 0=42848219<',10>C9160.><4.,6$<9/?.>= EMC,8/ *97:64,8.0/,C91 Technologies has been operating since 1992 and is the largest receivers,6;09B16;4/<.?192C29@562916;4A<G including GPS) !,C 0=42848219<',10>C9160.><4.,6$<9/?.>= most*97:64,8.0/,C91 accredited EMC, EMR & Safety test house in Aus/NZ with fully N 1C.;021%05.@@6@/<;16;4 and ,8/ n Some useful references !,C accredited 0=42848219<.9=>0E0.>4@0! laboratories in Melbourne, Sydney, and Auckland. N 1C.;021%=9.;2@ ,8/D8,8.4,6-080D>=/,C91 Note: PCB design techniques are covered in the separate PCB %876;7:.-+A!&.,1674702.; .;2067=:;.; N770/4,>048,8.4,6080D>= (52A<A.99F@5629121/<.?1.@@2:/9F !,C EMC0=42848219<.9=>0E0.>4@0! $<,.>4.,6!0>39/= Tech’s reports are accepted in most countries including Europe course. N$6,488264=3 "(205;<9<462@6@A529.?42@A.;1:<@A.00?216A21"'.32AFA2@A ,8/D8,8.4,6-080D>=/,C91 AAA07.>0.3.97,? .9?<=0= &2@<;.;02@6;=.?.9929=9.;2@ (CE ,=4./@,8.0/$/0=42819<!' marking), USA (FCC), Japan (VCCI), Canada (IC), Taiwan (BSMI), !,C 5<B@26;B@#-D6A53B99F.00?216A219./<?.A<?62@6;"29/<B?;2'F1;2F N 1C.;021%120<B=96;4 Singapore ,8/$ (iDT), VCA(UK) to name a few. No other test house in .;1B089.;1 N B?6210.=.06A.;02120<B=96;4 !.4+7=:6. %A-6.A !,C 'C=>07=,8/8=>,66,>498=99/! Australia/NZ offers such a wide scope of international recognition. "(205H@?2=<?A@.?2.002=A216;:<@A 824800<482$<,.>4.0=19<?8.>498,64>C >3 :<46>3>9!,C>3 !,C >9!,C>3 N (?.02@0?<@@6;4=9.;2@=96A@<?05.;46;49.F2? ,8/?8.>498,6',10>C 0<B;A?62@6;09B16;4B?<=2:.?86;4 !,C N 1C.;021A?.;@:6@@6<;96;2@M6;09B16;4@2?6.90 )'!0/4.,6!&0;?4<0708>=,8/>30/<,1> .=.; * .;.1. A< /@ /4>49891 n Analogue design for EMC !%*/.<A75842*6,. >3 >3 >3 >3 >3 >3 >3 >3 !.-2,*4!$.9=2:.5.6<;*6-<1.-:*/<<1 -2<2767/ N $A52?5.G.?1@ N 5<<@6;4.;1B@6;40<:=<;2;A@ N +6?6;4@B==9F.;10<;@A?B0A6<; Designing for&292C.;A safety3<? of electrical products, PCB design for cost-effective Signal Integrity 99 2920A?<;60 12@64;2?@ " A2@A2?@ .;1 A526? N ".?86;4@.;1:.;B.9@ :.;.42?@ 6; A52 :2160.9 2>B6=:2;A 6;1B@A?F 9@< B@23B9 3<? N (F=2A2@A6;4A2@A6;4A5212@64; 6*6,2*4 and LVD compliance (1½ days) (SI), Power Integrity (PI) and EMC in 2016 :.;.42?@<352.9A50.?2=?2:6@2@ N &<BA6;2A2@A@6;@2?6.9:.;B3.0AB? Relevant for: All electronic and mechanical designers (2 days) ?1 N &2C62D<3A52?2>B6?2:2;A@6;A52 ;1 .;1 16A6<;@ N '=206.9;.A6<;.90<;16A6<;@ and their managers, in all industry areas including: <3 .;1A526? Relevant for: All electronic mechanical designers and their N and <<[email protected];46;22?6;4A205;6>B2@ medical, consumer,Nhousehold IT, data/tele/ <;@B:2? &2C62Dappliances, <3 A52 ?6@8/.@21 @.32AF .@@2@@:2;A ?2>B6?21 N 2@64;.;1A2@A3<?3B;0A6<;[email protected] managers, in all industry areas including: medical, consumer, :2;A.A6<; <3 ?2>B6?6;4 A52 A52 ;2D ?1& 16A6<; radiocommunications, /F instrumentation control, professional N "3<?3B;0A6<;[email protected] household, IT, data/tele/radiocommunications, instrumentation 10.@A6;4 .==960.A6<;<3'$ audio, video and broadcasting, automotive, railway, marine, N '<:2B@[email protected]?2@<B?02@ control, professional audio, video and broadcasting, 6AF2A0 /2 @=96A 6; AD< N +5F A52 A5 16A6<; <3 D699 & aerospace, military, security, etc. automotive, railway, marine, aerospace, military, security, etc. =.?A@=2?3<?:.;02.;[email protected] 2@ A5 n What do we meanN by (<D.?1@A52;2D=2?3<?:.;02?2>B6?2:2;A@6;A52 ‘safe enough’? %A;<.5;*6-6;<*44*<276;7 ?.0A602@ The EMC techniques now generally required for all PCBs: 16A6<;/.@21B=<;6A@1?.3A=B/96@5216;".?05 6026..:260#:*,<2,.;/7:=6 n Doing hazards analysis and risk assessments N (525B42?.;42<3"2;C6?<;:2;[email protected]@<:2AF=2@ layout techniques n The scope of these *6-=6,<276*4%*/.<A n Non-CE marking safety directives <3 :2160.9 2>B6=:2;A .?2 2E=<@21 A< 24 5<:2@ n Saving time and money " @5<==6;412;A6@A@D<?86;<R02@.;13.0A<?62@A?.C29 &292C.;A3<?C2?F2;46;22?D5<6@?2@= n Complying with the Low Voltage Directive for CE Marking n The physical basis of EMC (summary) /F?<[email protected] .;1:.;B3.0AB?6;4F6291>B.96AF<32920A?6 n Human health and Electromagnetic Fields: requirements for N (52:.A?6E<3=<@@6/92A2@A?2>B6?2:2;A@3<?2:6@@6<;@ .;1 6;@A.99.A6<;@ 6; .99 <3 A52 AF=2@ <3 =? n Segregation compliance with LVD & RTTE .;1 6::B;6AF 12=2;16;4 <; A52 .;A606=.A21 B@2? .;1C2@@29@:2;A6<;21./<C2.;1A526?: n Interface analysis, filtering, and suppression 2;C6?<;:2;A n Using the most relevant safety standards N <:=9F6;4 D6A5 A52 6E21 ;@A.9 A5 N (<D.?1@ A52 ;2D ?6@8/.@21 ?2>B6?2:2;A@ 6; A52 n 0V(GND) andPower planes n Single-fault safety <3A52;2D"6?20A6C2 16A6<; n PCB-chassis RF-bondingN <:=9F6;4 D6A5 A52 ;2D !6 n electrical shock hazards N +5F.A2@A/.@21.==?<.050.;;<A<;6A@<D;2;@B?2 n Power supply decoupling 'A.;1.?1 .12>[email protected]<C2?.:2160.92>B6=:2;AH@9632A6:2 n Energy hazards N <:=9F6;4D6A5A52 ).;1) N +5.A @5<B91 /2 1<;2 6;@A2.1 A52 @A.A2 <3 A52 .?A converters (AC/DC, DC/DC, DC/AC) n Switching power 920A?60.9 <12@ 24 ' ' n Fire hazards 6;.==9F6;[email protected];46;22?6;4A<" 12C602@ n Matched transmission line techniques '#-'0<1252?2 n Heat related hazards N $C2?C62D<3A52<C2?.99"0<;A n Layer stacking and trace routing n Mechanical hazards N <<1"=?.0A602@3<?42;2 n Devices with BGA packages and/or multiple DC rails <B?@2 n Other hazards 6*470=..;206<.,1629=.;/7:! N %<D2?16@A?6/BA6<;@F@A2:@3< n Some useful references and sources N :=?<C6;4=<D2?>B.96AF n Choosing and using components &292C.;A3<?992920A?<;60.;1:205.;60.912@64;2?@.;1A526? N .9C.;606@<9.A6<;3<?" n Advanced EMC PCB design and layout techniques: :.;.42?@ 6; .99 6;1B@A?F .?2.@ 6;09B16;4 :2160.9 0<;@B:2? n Wiring, supply and construction 06*4 N &<BA6;4@2;1.;1?2AB?;0B??2 5<B@25<91(1.A.A292?.16<0<::B;60.A6<;@6;@A?B:2;A.A6<; n When should we use advanced PCB techniques? n Markings and manuals 0<;A?<9 =?<32@@6<;.9 .B16< C612< .;1 /?<.10.@A6;4 N '24?24.A6<; G<;6;4 <3 .= n Future trends and their implications .BA<:<A6C2?.69D.F:.?6;2.2?<@=.02:696A.?F@20B?6AF2A0 @B==962@ n Type testing (testing the design) .;1A526? n Guidelines, approximations, simulations, and virtual design for N (52/<;16;4?6;40<;1B0A<? N "=?</92:@6;.;.9<4B206?0B6A@ n Routine tests in serial manufacture <;@B:2? SI, PI and EMC N ./9209.@@6360.A6<;@24?24.A6 N :=?<C6;40<::<;:<12?2720A6<;"&& n Special national conditions :2;A.A6<; N ""6A64.A6<;(205;6>B2@ n Advanced segregation (zoning) techniques N :=?<C6;496;2.?6AF/.;1D61A5.;1@A./696AF6;09B16;4 10.@A6;4 n Good safety engineering techniques not yet standardised N "-<;6;4 .=<D2?3B9>B608.;12.@F/2;05A2@A@2AB= 6AF2A0 n Advanced interface filtering and suppression, including BLS N "2@5/<;16;4.;10?2.A6;4.; >B608.;[email protected]<.99<D3<?=.?.:2A2?C.?6.A6<;@ n Design and test forNfunctional safety (board-level shielding) to tens of GHz 99%@ N +5.AA<1<63F<B0.;HAB@2: 6;C<9B:2:.;B3.0AB?2 n EMC for functional safety (Melbourne & Sydney only) n Advanced PCB-chassis bonding N &/<;16;4A205;6>B2@ N :=?<C6;4=<D2?@B==9F?2720A6<;%'&& n Some useful safetyNresources N (52/2;236A@<3I2.?A59<<=@H :=?<C6;4<BA=BA@B==?2@@6<; n Advanced PCB planes N (2?:6;.A6;40./92@[email protected]/ N F@A2?2@6@6;0<:=.?.A<?@ n The totally shielded board assembly Medical EMC:N complying with IEC 60601N %.?.99292.?A50<;1B0A<?@% 5<<@6;4.;.9<4B20<:=<;2;A@ n Resonances in parallel planes: 0V(GND) or PWR N 5<<@6;4.;1B@6;4369A2?@ :=9<F6;4@562916;4.;1369A2?6;4 1-2:2007 andN 2014 (½ day - morning) n Advanced PCB decoupling N ./92@562916;4 N '<:2B@23B9?232?2;02@ Relevant for: All electronic designers, EMC testers, and their N '562916;43<?"-<;2@ n Buried components, especially buried capacitance decoupling managers in the medical equipment industry, and also useful N 'B?42.;1!645A;6;4=?<A20A6<; n Traces crossing plane splits or changing layers for managers of healthcare premises. .;206260/7:%*/.<A7/4.,<:2,*4#:7-=,<; N "3<?B;0A6<;.9'.32AF n Advanced transmission lines, including differential signalling up *6- (75842*6,. N %?2C2;A6;40<??<@6<; n IEC 60601-1-2:2007 (Edition 3) is now required for legal to 32Gb/s N ".6;A.6;6;4"=2?3<?:.;02<C2?A5 compliance in EU and USA &292C.;A 3<? 99 2920A?<;60 .;1 :205.;60.9 12@64;2?@ @ n Microvia board manufacturing techniques i.e. High Density N '<:2B@23B9?232?2;02@ .;1 A526? :.;.42?@ 6; .99 6;1B@A?F .?2.@ 6;09B16;4 :2160.9 2@ n Testing requirements Interconnect, HDI 0<;@B:2? 5<B@25<91 ( 1.A.A292?.16<0<::B;60.A6<;@ n EMC Risk Management Requirements 0<;A?<9 =?<32@@6<;.9 .B16< C612< .;1 6;@A?B:2;A.A6<; n Advanced crosstalk /?<.10.@A6;4.BA<:<A6C2?.69D.F:.?6;2.2?<@=.02:696A.?F n IEC 60601-1-2:2014 (Edition 4) only covers EMC safety, not n Some final tips and tricks @20B?6AF2A0 @@6<; performance M n Some useful contacts, sources, references N )=1.A2<;)'#[email protected]@A.;1.?1@.;1?24B9.A6<;@ n Matrix of test requirements for emissions and immunity, +5.A1<D2:2.;/[email protected];<B45H depending on the N anticipated user environment N <6;45.G.?1@.;.9F@6@.;1?6@8.@@2@@:2;A@ n EMC Risk Management requirements For many more details on these courses, background N #<;:.?86;[email protected]?20A6C2@ n A practical way toNcomply with the EMC Risk Management <:=9F6;4D6A5A52!<D*<9A.426?20A6C23<?".?86;4 information on why they are so necessary and requirements of both IEC 60601-1-2:2007 and 2014 N (52;2D"?2>B6?2:2;A@3<?".?86;4 valuable, and information on Keith Armstrong, N )@6;4A52:<@A?292C.;[email protected]@A.;1.?1@ visit emctech.com.au/2016courses N '6;[email protected] ?@ 9<7,8C79<0/0>,46=98>30=0. N 920A?60.9@5<085.G.?1@ 0<::H@ -,.52<9?8/4819<7,>49898A3C N ;2?4F5.G.?1@ 2016 PROGRAM #:70:*5 %A-6.A Auckland Venue TBA !.4+7=:6.Venue TBA Christchurch #:70:*5 "(205;<9<462@<;32?2;02&<<: "(205;<9<462@(?.6;6;4&<<: Designing for cost-effective EMC compliance, Thursday %<*<276$7*-%.>.6244;"%) with extra financial benefits. Day 1 of 2. April 14 Designing for cost-effective EMC compliance, Tuesday *::2,3$7*-.247:#*:3( !.4+7=:6. with extra financial benefits. Day 1 of 2. April 5 %A-6.A >3 Designing for cost-effective EMC compliance, Friday!,C>3 :<46 0=42848219<.9=>0E0.>4@0! 0=42848219<',10>C9160.><4.,6$<9/?.>= Designing for cost-effective EMC compliance, Wednesday "(205;<9<462@<;32?2;02&<<: "(205;<9<462@(?.6;6;4&<<: *::2,3$7*-.247:#*:3( ,8/D8,8.4,6-080D>=/,C91 15 with extra ,8/ *97:64,8.0/,C91 financial benefits. Day 2 of 2. April with extra financial benefits. Day 2 of 2. April 6 %<*<276$7*-%.>.6244;"%) => >3 !,C !,C 0=42848219<.9=>0E0.>4@0! 0=42848219<',10>C9160.><4.,6$<9/?.>= Monday >3 PCB design for cost-effective Signal Integrity (SI), for cost-effective Signal Integrity (SI), Thursday 0=42848219<.9=>0E0.>4@0! 0=42848219<',10>C9160.><4.,6$<9/?.>= :<46 >3PCB design ,8/D8,8.4,6-080D>=/,C91 !,C ,8/ *97:64,8.0/,C91 Power Integrity (PI) and EMC in 2016. Day 1 of 2. April 7 8/ Power,8/D8,8.4,6-080D>=/,C91 April 18 ,8/ *97:64,8.0/,C91 Integrity (PI) and EMC in 2016. Day 1 of 2. !,C !,C>3 ,=4./@,8.0/$/0=42819<! 0=42848219<.9=>0E0.>4@0! 0=42848219<.9=>0E0.>4@0! !,C=> PCB design ',8/$ !,C>3 PCB 0=42848219<',10>C9160.><4.,6$<9/?.>= ,8/D8,8.4,6-080D>=/,C91 design for cost-effective Signal Integrity (SI), Tuesday for cost-effective Signal Integrity (SI), Friday #:70:*5 >3 ,8/D8,8.4,6-080D>=/,C91 ,8/ *97:64,8.0/,C91 >3 Power Integrity (PI) and EMC in 2016 benefits. Day 2 of 2. April 19 !,C !,C 0=42848219<.9=>0E0.>4@0! Integrity (PI) and EMC in 2016 benefits. Day 2 of 2. April 8 8/ Power 'C=>07=,8/8=>,66,>498=99/ >3 !,C ,=4./@,8.0/$/0=42819<! 0=42848219<.9=>0E0.>4@0! !,C !824800<482$<,.>4.0=19< !.4+7=:6. %A-6.A ,8/D8,8.4,6-080D>=/,C91 Designing for safety of electrical products, Monday Designing ',8/$ Wednesday ,8/D8,8.4,6-080D>=/,C91 for safety of electrical products, ?8.>498,64>C,8/?8.>498,6',10>C >3 "(205;<9<462@<;32?2;02&<<: "(205;<9<462@(?.6;6;4&<<: !,C compliance. Day 1 of 1½. April 20 >3 and LVD compliance. Day 1 of 1½. >3 and LVD,=4./@,8.0/$/0=42819<!' April 11 !,C !,C 'C=>07=,8/8=>,66,>498=99/ 0=42848219<.9=>0E0.>4@0! *::2,3$7*-.247:#*:3( %<*<276$7*-%.>.6244;"%) !,C>3 ,8/$ !824800<482$<,.>4.0=19< ,8/D8,8.4,6-080D>=/,C91 >3 !0/4.,6!&0;?4<0708>=,8/>30/<,1> Thursday Designing for safety of electrical products, >3 >3 for safety:<46 of electrical products, >3 0=42848219<.9=>0E0.>4@0! !,C 0=42848219<',10>C9160.><4.,6$<9/?.>= Tuesday Designing ?8.>498,64>C,8/?8.>498,6',10>C !,C 'C=>07=,8/8=>,66,>498=99/! >3 /4>49891 !,C ,=4./@,8.0/$/0=42819<!' ,8/D8,8.4,6-080D>=/,C91April LVD ,8/ *97:64,8.0/,C91 compliance. Final ½ of 1½. compliance. Final ½ 12 and LVD of 1½. 21 and 824800<482$<,.>4.0=19<?8.>498,64>C April !,C>3 >3 ,8/$ !,C=> !,C 0=42848219<.9=>0E0.>4@0! 0=42848219<',10>C9160.><4.,6$<9/?.>= ,8/?8.>498,6',10>C >3 8,692?00=428>0.384;?0=19<! 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April 26 >3 with extra May 5 >3 with extra financial benefits. Day 1 of 2. benefits. !,C 0=42848219<',10>C9160.><4.,6 !,C>3 'C=>07=,8/8=>,66,>498=99/! /4>49891 8,692?00=428>0.384;?0=19<! $<9/?.>=,8/ *97:64,8.0/,C91 824800<482$<,.>4.0=19<?8.>498,64>C EMC compliance, Wednesday Designing for cost-effective EMC compliance, Friday$.02;<:*<2767:5 ..; Designing for cost-effective ,8/?8.>498,6',10>C 8,692?00=428>0.384;?0=19<! with extra financial April 27 with !,C extra financial benefits. Day 2 of 2. May benefits. Day 2 of 2. >3 6 '0==498 $<4.0 ..; PCB design for cost-effective Signal Integrity (SI), Thursday !,C>3 ')&"! 0=42848219<',10>C9160.><4.,6 $<9/?.>=,8/ *97:64,8.0/,C91 Monday !0/4.,6!&0;?4<0708>=,8/>30/<,1> $.02;<:*<2767:5 PCB Signal Integrity (SI), design for cost-effective /4>49891 >3 0=42848219<.9=>0E0.>4@0 !,C and >3 EMC in0=42848219<',10>C9160.><4.,6 2016. Day 1 of 2. April 28 ')&"! Power Integrity (PI) and EMC in 2016. Day 1 of 2. May 9 '0==498 &'("! Power Integrity (PI) $<4.0 8,692?00=428>0.384;?0=19<! !,8/D8,8.4,6-080D>= $<9/?.>=,8/ *97:64,8.0/,C91 1.F@ PCB design for cost-effective Signal Integrity (SI), Friday PCB design for cost-effective Signal Integrity (SI), Tuesday 0=42848219<.9=>0E0.>4@0 29 &'("! Power Integrity (PI) and EMC in 2016 benefits. Day 2 of 2. April Power$.02;<:*<2767:5 Integrity (PI) and EMC in 2016 benefits. Day 2 of 2. May 10 !,8/D8,8.4,6-080D>= #&"'(#" ..; ,=4./@,8.0/$/0=428 1.F@ 19<!',8/$ ')&"! for safety of electrical products, '0==498 Designing for safety of electrical Monday Wednesday Designing products, $<4.0 1.F@ #&"'(#" ,=4./@,8.0/$/0=428 and and LVD compliance. Day 1 of 1½. May 2 May $#'( 11 &''LVD compliance. Day 1 of 1½. 0=42848219<.9=>0E0.>4@0 19<!',8/$ &'("! !,8/D8,8.4,6-080D>= 'C=>07=,8/8=>,66,>498= 1.F@ Designing for safety of electrical products, 1.F@ Designing for safety of electrical products, Tuesday Thursday $#'( &'' 99/!824800<482$<,.>4.0= and #&"'(#" LVD compliance. Final ½ of 1½. and LVD compliance. Final ½ of 1½. May 3 May 12 ,=4./@,8.0/$/0=428 1.F 'C=>07=,8/8=>,66,>498= 19<!',8/$ 99/!824800<482$<,.>4.0= New EU Directives coming into $#'(# force in 2016. ½ day (PM). 1.F@ into New EU Directives coming force in 2016. ½ day (PM). !0/4.,6!&0;?4<0708>= $#'( &'' 1.F Medical EMC: complying with IEC 60601-1-2:2007 'C=>07=,8/8=>,66,>498= PJQ1.F Friday Medical EMC: complying with IEC 60601-1-2:2007 Wednesday $#'(# !0/4.,6!&0;?4<0708>=99/!824800<482$<,.>4.0= and 2014. ½ day (AM). May ! 13 1.F and 2014. ½ day (AM). May 4 PJQ1.F 8,692?00=428>0.384;?0= $#'(# !0/4.,6!&0;?4<0708>= REGISTRATION FORM ! COURSE FEES 19<! PJQ1.F ( !# PJQ1.F 8,692?00=428>0.384;?0= Surname Session Price City ! 19<! ( name !# Designing for cost-effective EMC8,692?00=428>0.384;?0= $1380 First PJQ1.F 0=42848219<',10>C9160.><4.,6 19<! $60,=0,/@4=0,8C=:0.4,6<0;?4<0708>=40>,<C9<$3C=4.,6 ( !# PJQ1.F $<9/?.>=,8/ *97:64,8.0 compliance with extra financial benefits Organisation 0=42848219<',10>C9160.><4.,6 1.F@ (2 days) $60,=0,/@4=0,8C=:0.4,6<0;?4<0708>=40>,<C9<$3C=4.,6 0=42848219<',10>C9160.><4.,6 $<9/?.>=,8/ *97:64,8.0 $60,=0,/@4=0,8C=:0.4,6<0;?4<0708>=40>,<C9<$3C=4.,6 $<9/?.>=,8/ *97:64,8.0 Postal address 1.F@ PCB design for cost-effective Signal $1380 1.F@ (9>,6.9=>91=0==498==060.>0/ Integrity (SI), Power Integrity (PI) and (9>,6.9=>91=0==498==060.>0/ (9>,6.9=>91=0==498==060.>0/ $6?='( EMC in 2016 (2 days) Postcode Email $6?='( $6?='( Designing for safety of electrical $980 &7<*4*57=6<8*A*+4. &7<*4*57=6<8*A*+4. products, and LVD compliance &7<*4*57=6<8*A*+4. (1½ days) Tel Mobile Please advise any special requirements: !.<17-7/#*A5.6< &024=><,>498A466-0.98D<70/98<0.04:>91:,C708> !.<17-7/#*A5.6< &024=><,>498A466-0.98D<70/98<0.04:>91:,C708> New EU Directives coming into force $640 !.<17-7/#*A5.6< &024=><,>498A466-0.98D<70/98<0.04:>91:,C708> &# & $+!"(+ ( *' !'(&& %) in$+!"(+ 2016 (½ day PM) ( &# & *' !'(&& %) METHOD OF PAYMENT Medical EMC $+!"(+ Requirements, IEC 60601-!'(&& ( *' $640 1-2:2007 &"9and 2014 &"9 (½ day AM - Melbourne and Sydney only) &"9 %) AMEX PURCHASE ORDER CHEQUE Cardholder: <- *::2,3$7*-.247:#*:3(2, (N/A in New Zealand) MASTERCARD '"()& '"()& B:,>0 +10% GST !&.,1674702.;#<A <- *::2,3$7*-.247:#*:3(2, !&.,1674702.;#<A <-AMOUNT PAYABLE TOTAL *::2,3$7*-.247:#*:3(2, VISA '"()& B:,>0 Total cost of!&.,1674702.;#<A sessions selected &# Payment& by: B:,>0 Card number: &.4 *@ Signature &.4 *@ &.4 *@ Card expiry: 76<*,< / -.62;..5,<.,1,75*= 76<*,< -.62;..5,<.,1,75*= 76<*,< -.62;..5,<.,1,75*=
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